\makeatletter
\@ifundefined{HCode}
{
\documentclass[CRPHYS, mode=bio, Unicode, screen, Thematic, HideArticleType, published]{cedram}
\newenvironment{noXML}{}{}
\def\tsup#1{$^{{#1}}$}
\def\tsub#1{$_{{#1}}$}
\usepackage{amssymb}
\RequirePackage{etoolbox}
\usepackage{amsmath}
\csdef{Seqnsplit}{\\}
\def\tbody{\noalign{\relax}\hline}
\def\jobid{crphys20231006}
%\graphicspath{{/tmp/\jobid_figs/web/}}
\graphicspath{{./figures/}}
\def\xsection{}
\newcounter{runlevel}
\let\MakeYrStrItalic\relax
\def\refinput#1{}
\def\0{\phantom{0}}
\def\sfrac#1#2{{#1}/{#2}}
\def\stfrac#1#2{({#1})/{#2}}
\def\stofrac#1#2{(({#1})/{#2})}
\def\back#1{}
\def\textemail#1{\href{mailto:#1}{#1}}
\DOI{10.5802/crphys.171}
\datereceived{2023-11-16}
\dateaccepted{2023-11-16}
\ItHasTeXPublished
\def\Hfill{\hfill}
}
{\documentclass[crphys]{article}
\def\CDRdoi{10.5802/crphys.171}
\let\newline\break
\def\guesteditor#1#2{\xfigure{#2}{#1}}
\def\Hfill{}
\usepackage[T1]{fontenc} 
\makeatletter
\def\selectlanguage#1{} 
}
\makeatother

\usepackage{upgreek}
\CDRsetmeta{articletype}{guest-editors}
\dateposted{2024-01-12}

\begin{noXML}

\makeatletter
\def\TITREspecial{\relax}
\def\cdr@specialtitle@english{From everyday glass to disordered solids}
\def\cdr@specialtitle@french{Du verre quotidien aux solides d\'esordonn\'es}
\makeatother

\title{Guest Editors}
\alttitle{R\'edacteurs en chef invit\'es}
\end{noXML}
\begin{document}
\maketitle

\vspace*{2pc plus 5pt minus 5pt}
%\vspace*{10pt}


\xsection{}

\Hfill
\guesteditor{Daniel R. Neuville}{fx01}
\Hfill
\guesteditor{Jean-Louis Barrat}{fx02}
\Hfill
\mbox{}

\vspace*{25pt}

\textbf{Daniel R. Neuville} is currently senior research director at
CNRS-IPGP (\textit{Institut de physique du globe de Paris}). In 1992,
he obtained his PhD in geochemistry (University Paris Diderot, IPGP).
Since 2014, he has been head of the \textit{Geomat\'{e}riaux} group
of IPGP. Since 2013, he has been in charge of the Master of
Geochemistry, geomaterial, geobiology and environment program of
\textit{Universit\'{e} Paris Cit\'{e}}. Between 1994 and 2009, he
was secretary of the French Mineralogical and Cristallography Society.
He has organized several international workshops and schools and
convened many sessions at international meetings between materials and
Earth sciences, such as EGU, Goldschmidt, IMA, AGU, GOMD. He was member
of IPGP's administrative and scientific councils, and several other
councils. In 1999, he was awarded the Jean Rose Price by the French
Association of Science and in 2007--2008, he was Joubin James Visiting
Professor at University of Toronto. He was elected fellow of the
Mineralogical Society of America in 2018 and he received the Otto
Schott research award from Ernst Abbe Fund in 2022.

Since 2007, he has been Editor of the Amorphous Materials issues of the
American Mineralogist; he was Guest Editor for Elements vol. 6 (2010)
``Thermodynamics: the oldest branch of earth science'' and vol.~16
(2020) ``The redox engine of the Earth'', for Review in Mineralogy and
Geochemistry vol. 78 (2014) ``Spectroscopic methods in Mineralogy and
Material Sciences'' and vol.~87 (2022) ``Geological Melts'', and for the
American Geophysical Union monography ``Magma Redox Geochemistry''
(2021). In 2022, he was Guest Editor for a special issue of Comptes
Rendus Geoscience ``Glass, an ubiquitous material''.

In 2012, he was elected president of the French Glass Society (USTV),
and re-elected in 2015, 2018, and 2023. He was the president of the
European Society of Glass Science and Technology (2016--2018). He was
the chair of the French committee for the International Year of
Glass.~Since 2013, he has been the elected chair of the TC03 Committee
on the structure and properties of glass of the International
Commission on Glass.~He was the elected chair of the commission on
Mineral Physics of the International Mineralogical Association
(2014--2022). He has published more than 210 international articles,
given more than 400 presentations at international congresses, and been
invited to more than 60 conferences.


\textit{Daniel R. Neuville est actuellement directeur de recherche au
CNRS-IPGP (Institut de physique du globe de Paris). En 1992, il a
obtenu son doctorat en g\'{e}ochimie (Universit\'{e} Paris Diderot,
IPGP). Depuis 2014, il dirige le groupe G\'{e}omat\'{e}riaux de l'IPGP.
Depuis 2013, il est responsable du Master G\'{e}ochimie,
g\'{e}omat\'{e}riaux, g\'{e}obiologie et environnement de
l'Universit\'{e} Paris Cit\'{e}. Entre 1994 et 2009, il a \'{e}t\'{e}
secr\'{e}taire de la Soci\'{e}t\'{e} fran\c{c}aise de min\'{e}ralogie
et de cristallographie. Il a organis\'{e} plusieurs ateliers et
\'{e}coles internationaux et convoqu\'{e} de nombreuses sessions lors
de r\'{e}unions internationales sur les mat\'{e}riaux et les sciences
de la Terre, telles que l'EGU, Goldschmidt, l'IMA, l'AGU et le GOMD. Il
a \'{e}t\'{e} membre des conseils administratif et scientifique de
l'IPGP et de plusieurs autres conseils. En 1999, il a re\c{c}u le prix
Jean Rose de l'Association fran\c{c}aise pour la science et en
2007--2008, il a \'{e}t\'{e}} Joubin James Visiting Professor
\textit{\`{a} l'universit\'{e} de Toronto. Il a \'{e}t\'{e} \'{e}lu
membre de} la Mineralogical Society of America \textit{en 2018 et a
re\c{c}u le prix de recherche Otto Schott du} Ernst Abbe Fund
\textit{en 2022}.

\textit{Depuis 2007, il est r\'{e}dacteur en chef des num\'{e}ros sur
les mat\'{e}riaux amorphes de} l'American Mineralogist; \textit{il a
\'{e}t\'{e} r\'{e}dacteur en chef invit\'{e} pour} Elements
\textit{vol. 6 (2010) ``Thermodynamics : the oldest branch of earth
science'' et vol. 16 (2020) ``The redox engine of the Earth'', pour}
Review in Mineralogy and Geochemistry \textit{vol. 78 (2014)
``Spectroscopic methods in Mineralogy and Material Sciences'' et vol. 87
(2022) ``Geological Melts'', et pour la monographie de l'}American
Geophysical Union \textit{``Magma Redox Geochemistry'' (2021). En 2022,
il a \'{e}t\'{e} r\'{e}dacteur invit\'{e} d'un}
\textit{num\'{e}ro sp\'{e}cial de Comptes Rendus Geoscience intitul\'{e} 
``Glass, an ubiquitous material''}.

\textit{En 2012, il a \'{e}t\'{e} \'{e}lu pr\'{e}sident de la
Soci\'{e}t\'{e} fran\c{c}aise du verre (USTV), puis r\'{e}\'{e}lu en
2015, 2018 et 2023. Il a \'{e}t\'{e} pr\'{e}sident de l'}European
Society of Glass Science and Technology \textit{(2016--2018). Il a
pr\'{e}sid\'{e} le comit\'{e} fran\c{c}ais de l'Ann\'{e}e
internationale du verre. Depuis 2013, il est le pr\'{e}sident \'{e}lu
du comit\'{e} TC03 sur la structure et les propri\'{e}t\'{e}s du verre
de la Commission internationale du verre. Il a \'{e}t\'{e} \'{e}lu
pr\'{e}sident de la commission de physique min\'{e}rale de
l'Association min\'{e}ralogique internationale (2014--2022). Il a
publi\'{e} plus de 210 articles internationaux, fait plus de 400
pr\'{e}sentations lors de congr\`{e}s internationaux et a \'{e}t\'{e}
invit\'{e} \`{a} plus de 60 conf\'{e}rences.}

\bigskip

\textbf{Jean-Louis Barrat} holds a doctorate from the University of
Paris 6. He worked as a postdoctoral researcher in Munich and Santa
Barbara, and as a CNRS researcher at ENS Lyon. In 1994, he joined the
University of Lyon as a professor, and set up a research group on
modelling in materials science. In 2011, he joined the University of
Grenoble. He has successively headed the Condensed Matter Physics and
Nanostructures Laboratory in Lyon, and the Interdisciplinary Physics
Laboratory in Grenoble. He has been a junior and senior member of the
\textit{Institut Universitaire de France}. 

His research focuses on statistical physics and numerical simulations
applied to various aspects of materials science: mechanical properties
of glasses and polymers, liquid--solid interfaces, modelling heat
transfer in nanostructures.

His work has been recognised by the CNRS silver medal in 2012, by an
ERC advanced grant and, in 2022, by the \textit{Fondation 
Michelin-Acad\'{e}mie des Sciences} grand prize. He is a Fellow of the
American Physical Society.

\textit{Jean-Louis Barrat est docteur de l'Universit\'{e} Paris 6. Il a
travaill\'{e} comme chercheur postdoctoral \`{a} Munich  et Santa
Barbara, et comme chercheur CNRS \`{a} l'ENS Lyon. En 1994, il rejoint
l'universit\'{e} de Lyon comme professeur, et cr\'{e}e un groupe de
recherche sur la mod\'{e}lisation en science des mat\'{e}riaux. En
2011,  il rejoint l'universit\'{e} de Grenoble. Il a dirig\'{e}
successivement le laboratoire de physique de la mati\`{e}re
condens\'{e}e et nanostructures \`{a} Lyon, et le laboratoire
interdisciplinaire de physique \`{a} Grenoble. Il a \'{e}t\'{e} membre
junior et senior de l'Institut Universitaire de France.}

\textit{Sa recherche porte sur la physique statistique et les simulations
num\'{e}riques appliqu\'{e}es \`{a} divers aspects de la science des
mat\'{e}riaux~: propri\'{e}t\'{e}s m\'{e}caniques des verres et des
polym\`{e}res, interfaces liquide solide, mod\'{e}lisation des
transferts thermiques dans les nanostructures.} 

\textit{Ses travaux ont \'{e}t\'{e} reconnus notamment par la
m\'{e}daille d'argent du CNRS en 2012, l'attribution d'un} ERC advanced
grant, \textit{ou en 2022 le grand prix Fondation 
Michelin-Acad\'{e}mie des Sciences. Il est} Fellow \textit{de
l'}American Physical Society.

\end{document}
